Duckbill Forceps |
Model No. | Type of clamp head | Specification |
| 316.1.05 | Duckbill Forceps (non-perforated) | Ф5×330 |
| 316.3.05 | Duckbill Forceps (Dolphin Nose Type) | Ф5×330
|
| 316.4.10 | Duckbill Forceps (Perforated/Toothless) | Ф10×330 |
| 316.5.05 | Duckbill Forceps (Small Dolphin Nose Type) | Ф5×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
The duckbill forceps represent a premium grasping instrument specifically engineered for handling delicate and sensitive tissues in minimally invasive surgical procedures. Its distinctive duckbill-shaped jaws, modeled after the gentle and broad morphology of a duck's beak, provide reliable traction while minimizing mechanical trauma to tissues. The duckbill forceps (dolphin nose) constitute an evolutionary variant, featuring a uniquely rounded "dolphin nose" protrusion at the jaw tips. This design enables precise insertion and secure positioning within physiological recesses such as the rectouterine pouch or vesicouterine fold, offering enhanced leverage support for optimal uterine elevation and anteflexion exposure.
Core Features and Values
1. Unique Duckbill Jaw Design
· Broad-surface contact with distributed pressure: Unlike point or tooth-style graspers, the duckbill jaws provide an expansive, smooth contact surface. This configuration evenly distributes grasping force across a wide area, effectively preventing localized pressure peaks and significantly reducing the risk of serosal layer compression and vascular adventitial tearing.
· Exceptional atraumatic properties: The specially polished jaw surfaces, devoid of sharp angles or teeth, are particularly suited for handling vulnerable organs such as the heart, major vessels, intestinal tracts, and uterus, perfectly aligning with the "atraumatic" surgical philosophy.
2. Reliable Traction and Stability
· Secure anti-slip performance: The broad contact surface delivers superior adhesion and friction, maintaining consistent and stable grasping even when manipulating moist mesenteries, uterine surfaces, or cardiac tissues, effectively preventing tissue slippage and creating a stable surgical field for suturing and cutting procedures.
· Optimized surgical field exposure: The dependable grasping capability allows surgeons to perform tissue traction and exposure with confidence, reducing repeated grasping attempts due to instrument slippage, thereby enhancing procedural fluency and safety.
